5G Wireless Infrastructure for a Connected World
A global community needs the infrastructure to keep up with today’s world of technology so you can stay connected safely, quickly and reliably.
- Processors and Microcontrollers
- Audio and Radio
- Interfaces
- Peripherals and Logic
- Power Management
- Radio Frequency
- Macro Remote Radio Head
- Active Antenna Systems
- WLAN Front-End ICs
- RF Aerospace and Defense
- RF Industrial, Scientific and Medical
- RF Mobile Radio
- RF Amplifiers - Low / Medium Power
- RF Discrete Components – Low Power
- Microwave LO Generators
- Control Circuits
- Car Radio Tuners
- Low-Power TX/RX ICs
- Radar Transceivers and SoCs
- RF Mixers
- Legacy RF
- RFID / NFC
- Security and Authentication
- Sensors
- Wireless
- Application-Specific Products
- Product Finders
- NXP Product Information
- Design Advisor
RF Amplifiers - Low / Medium Power
We are a leading supplier of low and medium power RF amplifiers with a strong legacy in wireless and cellular markets and eMetering and CATV applications, including a broad portfolio of low noise amplifiers (LNAs) based on high-performance GaAs and low-cost SiGe technologies.
Low Noise Amplifiers (LNAs)
Low noise amplifier product offerings include general purpose low power multi-standard SiGe LNAs and high-performance GaAs LNAs with bandwidths up to 3800 MHz and noise figures as low as 0.36 dB.
Wideband Amplifiers
Wideband amplifier product offerings include drivers and pre-drivers for Doherty amplifiers, femtocell finals and general wireless gain block with bandwidths up to 6000 MHz.
Medium Power Amplifiers
Medium power MMICs enable eMetering and base station applications. These ICs are tunable between class A and AB, supporting power-line network operation from either mains or battery power and offer single supply operation with integrated features.
Variable Gain Amplifiers
Adjusts audio gain based on control voltage for amplitude modulation, level compression and synthesizers. Digital VGAs include solutions with high linearity and high output power across a large bandwidth. Smart routing with no connection crosses simplifies design and decreases footprints by 25%.